CN102681642A - Terminal device - Google Patents
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- CN102681642A CN102681642A CN2011100537380A CN201110053738A CN102681642A CN 102681642 A CN102681642 A CN 102681642A CN 2011100537380 A CN2011100537380 A CN 2011100537380A CN 201110053738 A CN201110053738 A CN 201110053738A CN 102681642 A CN102681642 A CN 102681642A
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Abstract
The invention discloses a terminal device which comprises a sensing module, a judging module, a trigger module and a control module. The sensing module is used for sensing approaching of an object and generating sensing information. The judging module is used for judging whether the sensing information meets scheduled conditions or not and generating a judging result. The trigger module is used for generating a state instruction. The control module is used for controlling the terminal device to switch from a first state to a second state when the judged result means that the sensing information meets the scheduled conditions and controlling the terminal device to switch from the first state to the third state when the judged result means that the sensing information meets the scheduled conditions and the state instruction is generated by the trigger module. By the terminal device, power consumption can be controlled more conveniently and effectively.
Description
Technical field
The present invention relates to field of computer technology, particularly relate to a kind of terminal device.
Background technology
The continuous development of Along with computer technology, portable terminal have obtained using more and more widely.For portable terminal, do not having under the situation of external power supply, be the important indicator that the user pays close attention to the cruising time of battery.In order to improve the flying power of battery, terminal device can carry out some low-power consumption under the situation of necessity handles.
For example, for this terminal device of notebook, in the time temporarily need not using, owing to need not pay close attention to content displayed on the screen, so the user may be temporarily following with the display screen lid of notebook; At this moment, in order to reduce power consumption, the operating system of notebook should be closed the backlight electric power of display screen, and system is got into low power consumpting state.
But; Because the user has only made the operation of the display screen that closes; And operating system is not sent instructions such as " standbies "; Therefore, the operating system of notebook need identify the operation of the display screen that closes that the user makes through special mechanism, and then carries out the operation of closing backlight electric power and getting into low power consumpting state.
In the prior art, operating system can be discerned the operation of the display screen that closes that the user makes in several ways.For the ease of describing,, suppose when closing display screen that the one side that the main frame base of notebook contacts with display screen is the C face referring to Fig. 1, the one side that display screen contacts with the main frame base is the B face.Wherein a kind of mode is, loads onto the rubber button at the C of notebook face, and like this, when the user closed display screen, the rubber button can be pushed down by the B face, and sends corresponding instruction to operating system, and operating system can learn in view of the above that display screen closes.Another kind of mode is to load onto hall device at the C of notebook face, and load onto magnet at the B face; When display screen closed, magnet was near the hall device of C face on the B face, because Hall effect produces electric current, operating system can learn in view of the above that display screen closes.
But, in the implementation of above-mentioned prior art, situation about losing efficacy all appears easily.For example, rubber button easy ageing or damage possibly can't perception when display screen closes, and then also can't send instruction to operating system; And magnet also possibly lose efficacy, and can't produce Hall effect, made operating system can't learn that also display screen has been in the state that closes.
Summary of the invention
In view of this, the object of the present invention is to provide a kind of terminal device, can more conveniently carry out power consumption control effectively.
For realizing above-mentioned purpose, the invention provides following scheme:
A kind of terminal device; Said terminal device has first state, second state and the third state; Wherein, the power consumption of said second state is less than the power consumption of said first state, and the power consumption of the said third state is less than the power consumption of said first state; And the power consumption of the said third state comprises less than the power consumption of said second state:
Sensing module is used to respond to the approaching of an object, produces an induction information;
Judge module is used to judge whether said induction information satisfies predetermined condition, produces a judged result;
Trigger module is used to produce a status command;
Control module is used for when said judged result representes that said induction information satisfies said predetermined condition, controls said terminal device and switches to said second state from said first state; When said judged result representes that said induction information satisfies said predetermined condition and said trigger module and produces said status command, control said terminal device and switch to the said third state from said first state.
Preferably, also comprise:
Link block is used for being connected with a base, wherein, when said terminal device through said link block with after said base is connected, said trigger module produces said status command.
Preferably,
Said sensing module; Specifically be used for responding to said terminal device and produce said induction information with respect to the process that said base carries out closing motion; Wherein, When said terminal device through said link block with after said base is connected, said terminal device can carry out open and close movement with respect to said base.
Preferably, said base comprises docking station.
Preferably, said docking station comprises the subordinate hardware device; Said subordinate hardware device is connected with said terminal device through said interface module;
Said control module specifically is used for: the process of carrying out closing motion at said terminal device with respect to said base; When the said judged result of said judge module representes that said terminal device and said base satisfy said predetermined condition; Control said terminal device and switch to the said third state from said first state; Wherein, the said slave of said docking station is in the state consistent with the third state of said terminal device when said terminal device gets into the said third state.
Preferably, said docking station has second system, and said second system comprises second hardware system and based on second operating system of said second hardware system, wherein, said second system is connected with said terminal device through said interface module;
Said control module specifically is used for: the process of carrying out closing motion at said terminal device with respect to said base; When the said judged result of said judge module representes that said terminal device and said base satisfy said predetermined condition; Control said terminal device and switch to the said third state from said first state; And control said second system according to the system state of said second system and get into the state consistent with the said third state of said terminal device; Wherein, said second system gets into the state consistent with the said third state of said terminal device according to said steering order.
Preferably,
Said sensing module comprises optical sensor, and it is approaching to be used for responding to an object through induction light.
Preferably, when said terminal device was connected with a base, said optical sensor was positioned at the inner surface side of said terminal device, and said base is provided with pilot lamp; Contacted one side when said inside surface is said terminal device and said base closure.
Preferably, when said terminal device and said base were closed fully, the position of the said pilot lamp on said optical sensor and the said base overlapped.
Preferably, said pilot lamp is the power light of said base.
A kind of condition control method; Said method is applied in the terminal device, and said terminal device has first state, second state and the third state, wherein; The power consumption of said second state is less than the power consumption of said first state; The power consumption of the said third state is less than the power consumption of said first state, and the power consumption of the said third state is less than the power consumption of said second state, and said method comprises:
Respond to the approaching of an object, produce an induction information;
Judge that whether said induction information satisfies predetermined condition, produces a judged result;
Obtain a status command;
When said judged result representes that said induction information satisfies said predetermined condition, control said terminal device and switch to said second state from said first state; When said judged result representes that said induction information satisfies said predetermined condition and said trigger module and produces said status command, control said terminal device and switch to the said third state from said first state.
Preferably, said status command for when said terminal device through the status command of said link block with generation after said base is connected;
Said induction information is that the said terminal device of induction carries out the induction information of stating that produced in the process of closing motion with respect to said base;
Said when said judged result representes that said induction information satisfies said predetermined condition and said trigger module and produces said status command, control said terminal device and switch to the said third state from said first state and specifically comprise:
Carry out in the process of closing motion with respect to said base at said terminal device; When said judged result representes that said terminal device and said base satisfy said predetermined condition; Control said terminal device and switch to the said third state, and control said second system entering state consistent, wherein with the said third state of said terminal device according to the system state of said second system from said first state; Said second system gets into the state consistent with the said third state of said terminal device according to said steering order; Wherein, base has second system, and said second system comprises second hardware system and based on second operating system of said second hardware system; Wherein, said second system is connected with said terminal device through said interface module.
According to specific embodiment provided by the invention, the invention discloses following technique effect:
In the terminal device that the embodiment of the invention provides, at first can respond to the approaching of an object, and produce an induction information through a sensing module, in addition, touch modules can also produce a status command; If the induction information that induction module produces satisfies predetermined condition, then can terminal device be switched to second state that power consumption is taken second place from the first the highest state of power consumption; And if the induction information that induction module produces satisfies predetermined condition, and touch modules produced status command, is equivalent to satisfy two conditions, then can terminal device be switched to the third state least in power-consuming from the first the highest state of power consumption.Thus it is clear that,, can realize more convenient effective power consumption control through sensing module and trigger module through the embodiment of the invention.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art; To do to introduce simply to the accompanying drawing of required use among the embodiment below; Obviously, the accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills; Under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the synoptic diagram of the terminal device that provides of the embodiment of the invention;
Fig. 2 is the position view of sensing module on terminal device in the embodiment of the invention;
Fig. 3 is sensing module another position view on terminal device in the embodiment of the invention.
Embodiment
To combine the accompanying drawing in the embodiment of the invention below, the technical scheme in the embodiment of the invention is carried out clear, intactly description, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, the every other embodiment that those of ordinary skills obtained belongs to the scope that the present invention protects.
For the convenient power consumption control of carrying out effectively; The embodiment of the invention provides a kind of terminal device; This terminal device has first state, second state and the third state, and wherein, the power consumption of second state is less than the power consumption of first state; The power consumption of the third state is less than the power consumption of first state, and the power consumption of the third state is less than the power consumption of second state.That is to say, the state when first state can be the terminal device full speed running, under this state, power consumption of terminal equipment is the highest; Second state can be that the part parts in the terminal device are closed or state during dormancy, for example in some cases the brightness of terminal device display screen is reduced, perhaps display screen is closed, or the like, at this moment, with respect to first state, power consumption is relatively low; The third state then can be that whole terminal equipment is all got into dormancy, standby or even off-mode, and obviously, for second state, the power consumption of the third state will further reduce.The terminal device that the embodiment of the invention provides just can be changed under these several kinds of states neatly, to reach the purpose of power consumption control.
Concrete, referring to Fig. 1, this terminal device can comprise:
Concrete; This sensing module 101 can be realized by a proximity transducer; Also promptly when object and terminal device near the time, proximity transducer can induce this generation near incident, and can induce the distance between object and the terminal device; Therefore, can comprise distance and change information thereof between object and the terminal device in the induction information of generation.
Perhaps, this sensing module 101 also can be realized by optical sensor, also is; When object and terminal device near the time; The optical sensor that is arranged on the terminal device may be blocked by object, and then the surround lighting sensed of optical sensor will die down, and just sensor can be sensed the environment light intensity; Therefore, can comprise ambient light intensity and change information thereof in the induction information of generation.
Certainly; Object self near terminal device possibly also have light source, for example, and light emitting diode etc.; Then in the process of this object near terminal device; The situation that optical sensor is sensed possibly be that surround lighting dies down, but will more and more stronger from the light intensity that the light source of this object produces, and these information can be included in the induction information of optical sensor generation.
In addition, this sensing module 101 also can be realized through other concrete sensors, not limit here.
Need to prove that if terminal device has user's operating areas such as touch-screen or keyboard, then the sensing module in the embodiment of the invention can be arranged on the zone beyond this user's operating area; For example, as shown in Figure 2, suppose that wherein 20 are terminal device; The 201st, the touch-screen of terminal device; The 202nd, the button on the terminal device, then sensing module can be arranged on diagram 203 position, and it is approaching to avoid that like this user's normal input operation should be the object relevant with power consumption control by false sense.
If sensing module 101 is a proximity transducer, then judge when whether induction information satisfies prerequisite, can be to judge object that proximity transducer is sensed and the distance between the terminal device, whether foreshorten to certain threshold value, if then satisfy predetermined condition.
If sensing module 101 is an optical sensor, then judge when whether induction information satisfies prerequisite, can be the environment light intensity of judging that optical sensor is sensed, whether be reduced to the threshold value that presets, if then satisfy predetermined condition.
Certainly, under the aforementioned situation that has light source near object self, judge when whether induction information satisfies prerequisite; Can be the environment light intensity of judging that optical sensor is sensed, whether be reduced to the threshold value that presets, simultaneously; The light intensity that produces from the light source of this object is increased to the threshold value that presets; If, then satisfy predetermined condition, or the like.
For control module 104, if the induction information that sensing module 101 is sensed satisfies prerequisite, then proof has individual object near terminal device, for example; Possibly be since the user to connect the object that causes when making a phone call with communication terminals such as pad or mobile phones approaching, at this moment, this object possibly be people's face, therefore; The user possibly not need also can't connect make a phone call in, check the information on the display screen, at this moment; If it is exactly useless that display screen continues light yellow, will bring unnecessary power consumption, therefore; Just can get into second state by control terminal, also promptly can the display screen of terminal device be closed, to reduce power consumption.
In addition, in the terminal device that the embodiment of the invention provides, a trigger module 103 is provided also; This trigger module is used to produce a status information, for control module 104, if certain constantly; The induction information that existing sensing module 101 is sensed has satisfied prerequisite; There is trigger module 103 to produce status information again, is equivalent to satisfy simultaneously two conditions, then can terminal device be switched to the third state from first state.That is to say, be equivalent to utilize sensing module 101 and trigger module 103 to provide a kind of control terminal module to get into the implementation of the third state.
Wherein, about trigger module 103, when concrete the realization, multiple mode can be arranged, for example, wherein a kind of mode can be through the reception user special operational of terminal device to be triggered.Concrete, a special key can be set on terminal device, if when then this button is pressed, sensing module 101 has been sensed object near this terminal device, can be the third state from first state exchange with terminal device just.Perhaps, this special operational also can be to rock terminal device, perhaps on the touch-screen of terminal device, marks special track or the like.That is to say; Say from user perspective; If certain needs terminal device to get into the third state constantly, then can take following mode: wait with finger to cover the sensing module 101 on the terminal device, press the special key of appointment simultaneously; Perhaps terminal device is rocked several times or the like, just can find that then the terminal device of oneself has got into the third state.Certainly,, also can directly get into the third state, but before reality gets into the third state, can also send a confirmation, if user's affirmation gets into the third state again to the user for fear of erroneous judgement.
In addition, this terminal device can also have a link block, about trigger module 103, under the concrete implementation of another kind, can also trigger through this link block.For example; In practical application; Some terminal device can be through being connected with a base with a link, and this link not only provides between terminal device and the base being connected physically, makes terminal device to carry out open and close movement (comprise the open and close movement of rotary shaft or slide) with respect to base; The mutual of data and signaling between the two can also be provided, a kind of link that comes to this of the link block in the embodiment of the invention.
Certainly, in the actual application, terminal device possibly be separated with base; And after passing through link block and base is connected; Just make this terminal device have following characteristics: when the user with terminal device and base closure on the time, just represent that the user temporarily need not use this complete equipment to operate, therefore; In order to reduce power consumption, then should this terminal device be got into the third state.
For, in embodiments of the present invention, when terminal device was connected with a base through link block, trigger module 103 just can produce the aforesaid state instruction, and this instruction can be to continue to send keeping under the situation about connecting.Represent promptly that also current terminal device can carry out open and close movement with respect to a base.Accordingly; Sensing module 101 specifically just can be used for inductive terminations equipment and carry out the induction information that the process of closing motion produces with respect to base; That is to say that for the situation that terminal device is connected with base, base just is the equal of the object near terminal device.
In practical application; Base can be that (Docking Station is used for expanding the base of terminal functions such as notebook computer, Pad, through interface and slot to a docking station exactly; It can connect multiple external unit; Like driver, large screen display, keyboard, printer, scanner or the like, remedy frivolous notebook computer etc. with this and itself carry the annex less defects), this base also can be that other only play and support supports that wait effect or the like certainly.
When base is docking station, can be divided into multiple concrete situation again.For example, in one case, docking station possibly only be the subordinate hardware device existence as terminal device; Also be; Do not have independently operating system in the docking station,, carry out corresponding operation through the instruction of receiving terminal apparatus with after terminal device is connected.In this case; Control module 104 in the terminal device specifically can be used for: the process of carrying out closing motion at terminal device with respect to base; If when the judged result that judge module 102 produces representes that the distance between terminal device and the base satisfies predetermined condition, then can switch to the third state from first state by control terminal, wherein; When the slave of docking station gets into the third state at terminal device, be in the state consistent too with the third state of terminal device.That is to say, because the slave of docking station only can carry out work under the instruction of terminal device, therefore; Can make the synchronous of its state maintenance and terminal unit status; If terminal device has got into dormant state, then the slave of docking station also can get into dormant state accordingly, and is same; If terminal device has got into off-mode, the then slave of the docking station shutdown of also can cutting off the power supply.
Under another kind of situation; Docking station also possibly have the system of oneself; This system comprises a cover hardware system and based on the operating system of this hardware system; Wherein, the system of docking station can be connected with terminal device through link block, and carries out the transmission of mutual data and instruction between the system of terminal device.In this case, with after docking station is connected, the system of docking station may get into low power consumpting states such as dormancy automatically at terminal device.At this moment; Docking station also is equivalent to become the slave of terminal device; Therefore; When judging need terminal device be switched to the third state time, control module 104 direct control terminals switch to the third state from first state and get final product, and initiate operation such as instruction grade and needn't carry out the system of docking station.Also promptly, the system of docking station when connecting moves produces, has got into the state consistent with the third state of terminal device automatically, therefore, needn't switch the state of docking station system again.
Certainly, have at above-mentioned docking station under the situation of system of oneself, also maybe be with after terminal device be connected; The system of terminal device and the system of docking station be normally operation all; In this case, when judging need terminal device be switched to the third state time, control module 104 switches to the third state from first state except control terminal; Also need send an instruction to the system of docking station through link block; The system of docking station just can get into the state consistent with the third state of terminal device after receiving this instruction, thereby reaches the purpose that reduces power consumption.
In a word; The situation that has the system of oneself for docking station; Control module 104 specifically can be used for: the process of carrying out closing motion at terminal device with respect to base; If the judged result that judge module 102 produces is represented terminal device and base and satisfies said predetermined condition (for example closure etc.) that then control terminal switches to the third state from first state, and controls said second system entering state consistent with the said third state of said terminal device according to the system state of said second system; Wherein, said second system gets into the consistent state of establishing with said terminal of the said third state according to said steering order.
Certainly, in practical application, also possibly have following situation: when terminal device with after the docking station with system is connected; The system of terminal device gets into dormant state, is equivalent to terminal device as the slave of docking station, for example; Display screen as docking station uses, or the like.In this case, if the user is closed with terminal device and docking station, in fact also be that the expression user temporarily need not use this complete equipment, therefore, also should this cover system be transformed into low power consumpting state.
But in embodiments of the present invention; Because induction module 101 and control module 104 etc. all are arranged on the terminal device; Therefore; In the case, can on terminal device, one cover system be provided separately, be equivalent to these several modules and can be independent of other functional module work in the terminal device for each module; When terminal device with after docking station is connected, system keeps first state can to let this of terminal device overlap independently, and only the another one system is got into dormant state.Like this, induction module 101 and control module 104 just can work on, and, just can work as when sensing terminal device and docking station closure, send instruction by control module 104 to the system of docking station, with system's entering low power consumpting state of order docking station.
Need to prove; For the situation that aforementioned terminals equipment is connected with a base through link block, sensing module 101 equally both can be a proximity transducer, can be again optical sensor; Certainly for induction more exactly, also proximity transducer and optical sensor can be set simultaneously.Wherein, sensing device is arranged at the inner surface side of terminal device, contacted one side when this inner surface side is meant terminal device and base closure.And; For the ease of optical sensor inductive terminations equipment and base approaching better; One pilot lamp can be set on base, also just be equivalent to the described object of preamble and self have light source, make optical sensor inductive terminations equipment and base approaching more exactly.
Further, can also make optical sensor and pilot lamp have special position relation, so that further improve accuracy of sensors.For example, when terminal device and base were closed fully, the position of this pilot lamp on optical sensor and the base overlapped just.Certainly, possibly carry pilot lamp on some bases, power light etc. for example, therefore, this pilot lamp also can be a power light, the position that according to the position of power light optical sensor is set then gets final product.For example, referring to Fig. 3, wherein; 30 is the terminal device of the embodiment of the invention, and 31 is the described sensing module of the embodiment of the invention, and can be optical sensor this moment; 32 is will be in the base (link block is not shown) of terminal device 30 connections, the 33rd, the power light on the base 32.Can find out, the position of sensing module, just with base on the position of power light corresponding.If certain power light also is not suitable for, with the pilot lamp that can select other, perhaps increase a special pilot lamp, or the like.
The method condition control method that another enforcement of the present invention is provided; Said method is applied in the terminal device, and said terminal device has first state, second state and the third state, wherein; The power consumption of said second state is less than the power consumption of said first state; The power consumption of the said third state is less than the power consumption of said first state, and the power consumption of the said third state is less than the power consumption of said second state, and said method comprises:
Respond to the approaching of an object, produce an induction information;
Judge that whether said induction information satisfies predetermined condition, produces a judged result;
Obtain a status command;
When said judged result representes that said induction information satisfies said predetermined condition, control said terminal device and switch to said second state from said first state; When said judged result representes that said induction information satisfies said predetermined condition and said trigger module and produces said status command, control said terminal device and switch to the said third state from said first state.
Further, said status command for when said terminal device through the status command of said link block with generation after said base is connected; Said induction information is that the said terminal device of induction carries out the induction information of stating that produced in the process of closing motion with respect to said base;
Said when said judged result representes that said induction information satisfies said predetermined condition and said trigger module and produces said status command, control said terminal device and switch to the said third state from said first state and specifically comprise:
Carry out in the process of closing motion with respect to said base at said terminal device; When said judged result representes that said terminal device and said base satisfy said predetermined condition; Control said terminal device and switch to the said third state, and control said second system entering state consistent, wherein with the said third state of said terminal device according to the system state of said second system from said first state; Said second system gets into the state consistent with the said third state of said terminal device according to said steering order; Wherein, base has second system, and said second system comprises second hardware system and based on second operating system of said second hardware system; Wherein, said second system is connected with said terminal device through said interface module.
Need to prove when this terminal device is connected with the base with second system; Both can notify the other side system state separately through link block; Be the present located state that terminal device is known second system, the terminal device current states also can be known by second system.If terminal device is in that confirm need be when first state switches to the third state; If terminal device confirms that second system is for the third state different state of terminal device then to second system steering order that switches, second system that controls gets into the third state.If end equipment is confirmed second system and is the state identical with the third state of terminal device then do not do any action.
A nearlyer step ground is if terminal device is confirmed second system for the third state different state of terminal device the time, then to second system steering order that switches.This switching controls instruction can comprise an identification information; This identification information is used for after second system receives this switching controls instruction; Confirm whether the current executed task is preset task, postpone to carry out this switching controls instruction if this preset task is imported in current executing the task.This preset task can be downloading task etc.After downloading completion, entering into the third state.
Need to prove in addition; The embodiment of the invention is equally applicable to terminal devices such as notebook computer; For terminal device is the situation of notebook computer; Induction module 101 in the embodiment of the invention can be arranged on the inside surface of display screen place panel, during just with the notebook computer closure, with the contacted one side of main frame base.Accordingly, induction module 101 is equivalent to respond to, and to be display screen place panel with the main frame base approaching, if when being close to a certain degree, and then can be by control module 104 control notebook computers entering low power consumpting states.Concrete realization details and preamble are said similar, repeat no more here.
More than to a kind of terminal device provided by the present invention; Carried out detailed introduction; Used concrete example among this paper principle of the present invention and embodiment are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, part all can change on embodiment and range of application.In sum, this description should not be construed as limitation of the present invention.
Claims (12)
1. terminal device; It is characterized in that said terminal device has first state, second state and the third state, wherein; The power consumption of said second state is less than the power consumption of said first state; The power consumption of the said third state is less than the power consumption of said first state, and the power consumption of the said third state comprises less than the power consumption of said second state:
Sensing module is used to respond to the approaching of an object, produces an induction information;
Judge module is used to judge whether said induction information satisfies predetermined condition, produces a judged result;
Trigger module is used to produce a status command;
Control module is used for when said judged result representes that said induction information satisfies said predetermined condition, controls said terminal device and switches to said second state from said first state; When said judged result representes that said induction information satisfies said predetermined condition and said trigger module and produces said status command, control said terminal device and switch to the said third state from said first state.
2. terminal device according to claim 1 is characterized in that, also comprises:
Link block is used for being connected with a base, wherein, when said terminal device through said link block with after said base is connected, said trigger module produces said status command.
3. terminal device according to claim 2 is characterized in that,
Said sensing module; Specifically be used for responding to said terminal device and produce said induction information with respect to the process that said base carries out closing motion; Wherein, When said terminal device through said link block with after said base is connected, said terminal device can carry out open and close movement with respect to said base.
4. terminal device according to claim 3 is characterized in that said base comprises docking station.
5. terminal device according to claim 4 is characterized in that said docking station comprises the subordinate hardware device; Said subordinate hardware device is connected with said terminal device through said interface module;
Said control module specifically is used for: the process of carrying out closing motion at said terminal device with respect to said base; When the said judged result of said judge module representes that said terminal device and said base satisfy said predetermined condition; Control said terminal device and switch to the said third state from said first state; Wherein, the said slave of said docking station is in the state consistent with the third state of said terminal device when said terminal device gets into the said third state.
6. terminal device according to claim 4; It is characterized in that; Said docking station has second system; Said second system comprises second hardware system and based on second operating system of said second hardware system, wherein, said second system is connected with said terminal device through said interface module;
Said control module specifically is used for: the process of carrying out closing motion at said terminal device with respect to said base; When the said judged result of said judge module representes that said terminal device and said base satisfy said predetermined condition; Control said terminal device and switch to the said third state from said first state; And control said second system according to the system state of said second system and get into the state consistent with the said third state of said terminal device; Wherein, said second system gets into the state consistent with the said third state of said terminal device according to said steering order.
7. according to each described terminal device of claim 1 to 6, it is characterized in that,
Said sensing module comprises optical sensor, and it is approaching to be used for responding to an object through induction light.
8. terminal device according to claim 7 is characterized in that, when said terminal device was connected with a base, said optical sensor was positioned at the inner surface side of said terminal device, and said base is provided with pilot lamp; Contacted one side when said inside surface is said terminal device and said base closure.
9. terminal device according to claim 8 is characterized in that, when said terminal device and said base were closed fully, the position of the said pilot lamp on said optical sensor and the said base overlapped.
10. according to Claim 8 or 9 described terminal devices, it is characterized in that said pilot lamp is the power light of said base.
11. a condition control method is characterized in that said method is applied in the terminal device; Said terminal device has first state, second state and the third state; Wherein, the power consumption of said second state is less than the power consumption of said first state, and the power consumption of the said third state is less than the power consumption of said first state; And the power consumption of the said third state is less than the power consumption of said second state, and said method comprises:
Respond to the approaching of an object, produce an induction information;
Judge that whether said induction information satisfies predetermined condition, produces a judged result;
Obtain a status command;
When said judged result representes that said induction information satisfies said predetermined condition, control said terminal device and switch to said second state from said first state; When said judged result representes that said induction information satisfies said predetermined condition and said trigger module and produces said status command, control said terminal device and switch to the said third state from said first state.
12. the said method according to claim 11 is characterized in that, said status command for when said terminal device through the status command of said link block with generation after said base is connected;
Said induction information is that the said terminal device of induction carries out the induction information of stating that produced in the process of closing motion with respect to said base;
Said when said judged result representes that said induction information satisfies said predetermined condition and said trigger module and produces said status command, control said terminal device and switch to the said third state from said first state and specifically comprise:
Carry out in the process of closing motion with respect to said base at said terminal device; When said judged result representes that said terminal device and said base satisfy said predetermined condition; Control said terminal device and switch to the said third state, and control said second system entering state consistent, wherein with the said third state of said terminal device according to the system state of said second system from said first state; Said second system gets into the state consistent with the said third state of said terminal device according to said steering order; Wherein, base has second system, and said second system comprises second hardware system and based on second operating system of said second hardware system; Wherein, said second system is connected with said terminal device through said interface module.
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